The objective of this module is to provide students with a comprehensive understanding of control systems, enabling them to master the fundamental principles of automatic control, the associated mathematical tools (Laplace transform and transfer functions), the analysis of the dynamic behavior and stability of feedback control systems, as well as the modeling of simple mechanical systems, while linking these theoretical concepts to real industrial applications in mechanical engineering.

Acquire various experimental and measurement techniques, particularly those used in energy. Learn to choose the right instruments and sensors to set up your own experiments. Be able to assess errors.